El Departamento de Agronomía exhibe su relevo investigador en el II Encuentro de Noveles

La cantera de DAUCO expone las aportaciones de sus trabajos doctorales, vinculados a los principales desafíos que afronta el agro

A laboratory test demonstrates that applying silicon to olive leaves promotes their growth

A DAUCO team finds that silicon is a potential means of promoting plant growth, probably by favoring the absorption of nutrients such as potassium

Restrictions on the use of certain agrochemicals, such as fertilizers or pesticides, in the field of agribusiness have boosted interest in looking for alternatives to protect and strengthen crops like olive groves. In this context, a team from the María de Maetzu Unit of Excellence in the Department of Agronomy at the University of Cordoba has verified how an element that is naturally present in the soil, silicon, can be used to bolster the growth of plants by favoring their absorption of potassium.

Researchers Jorge Alcántara and Jerónimo Torres

An analysis carried out by the University of Cordoba 30 years after the implementation of Andalusia's Aldea environmental education program suggests as an improvement strategy the adoption of an approach integrating the entire educational community into the program

Researchers who carried out the study

The University of Cordoba proposes and analyses the operation of an energy storage system based on a cylindrical tank immersed in water that is capable of storing and releasing energy in response to the market

Researchers who participated in the study, José Luis Quero and Rocío Hernández

The University of Córdoba is participating in the creation of the first database that harmonizes the recording of disturbances caused by insects and diseases in forests in 8 European countries by combining remote sensing, satellite images and field data

Researcher Luis Martínez

The University of Cordoba is participating, together with IMIBIC and the Hospital Universitario Reina Sofía, in a national study that analyzes the evolution, between 2017 and 2022, of the antibiotic resistance of a bacterium associated with high mortality rates

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